Here is the completed table:
Labor Total Product Marginal Product Average Product
0 0 N / A N / A
1 10 10 10
2 25 15 12.50
3 45 20 15
4 63 18 15.75
5 75 12 15
6 80 5 13.3
7 80 0 13.3
8 68 - 12 8.50
<h3>How to determine the total product, marginal product and average product?</h3>
The total product is determined by multiplying the average product by the number of labor. Total product of a labor can also be determined by adding the marginal product of that labor with the total product of the preceding total labor.
Blank 1 : 10 x 1 = 10
Blank 5: 25 + 20 = 45
Blank 7: 15.75 x 4 = 63
Blank 9: 63 + 12 = 75
Blank 13: 80 + 0 = 80
Blank 15: 8.50 x 8 = 68
Marginal product is the change in total product when labor is increased by 1.
Blank 2 : 10 - 0 = 10
Blank 3 : 25 - 10 = 15
Blank 8: 63 - 45 = 18
Blank 11: 80 - 75 = 5
Blank 16: 68 - 80 = - 12
Average product is the total labor divided by the total labor.
Blank 4: 25 / 2 = 12.50
Blank 6: 45 / 3 = 15
Blank 10: 75 / 5 = 12
Blank 12: 80 / 6 = 13.33
Blank 14 : 68 / 8 = 8.50
To learn more about marginal product, please check: brainly.com/question/13623353
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Francis, the plant manager, is interested in increasing the facility's productivity by utilizing MBO so that his managers and their employees are more focused on objectives. This month Francis asked his managers to concentrate on the two first steps of MBO, which are to jointly set objectives with their employees and to have managers develop action plans
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Explanation:</u></h3>
MBO refers to Management by Objectives. In this type of management system the managerial activities are integrated and are executed in a systematic manner. This is done for the management of the objectives of an organisation are managed both effectively and efficiently.
It focuses on both the organisation and the individual's objectives.In the given example, the aim of the plant manager is to increase the productivity of a Plant through MBO. Hence he can first jointly set objectives with the employees and assign managers to develop action plans.
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Answer:
15,000 units
Explanation:
Calculation for the equivalent units of production using the weighted average method
Using this formula
Equivalent units of production=
Units completed+Ending work in process inventory
Let plug in the formula
Equivalent units of production=10,000+(10,000×50%)
Equivalent units of production=10,000+5,000
Equivalent units of production=15,000 units
Therefore the equivalent units of production will be 15,000 units
Answer:
d. 12.72%
Explanation:
To calculate the expected return on the market, we will use the Capital asset pricing model (CAPM) equation.
The CAPM allows to relate the risk-free rate of return (RFROR), the market risk premium, the beta of an asset and the expected return of this asset.
Expected return = risk-free ROR + (Beta*Market risk premium)
In this case we know all the parameters but the Market risk premium (MRP), so we have:
We also know that the beta of the market, by definition, is equal to one. So now that we know the market risl premium we can calculate the expected return on the market:
The expected return on the market is 12.72%.
Answer:
Lucia's cash flows from operating activities would be:
$132,000.
Explanation:
Accounts Receivable End: $30,000 Beginning: $29,000 = -$1,000
Accounts Payable End: $24,000 Beginning: $26,000 = -$2,000
Net Income : $ 135,000
To calculate the total cash flow from operating activities it's necessary to deduct of the Net Income the variance of these accounts which indicates a negative variance during the year, -$2,000 on accounts payable because the company paid more bills these year than before, and -$1,000 because the company expand their credit line to customers.
Cash Flow: $135,000 - $1,000 - $2,000 = $132,000.
